Digi XBee-PRO SX RF Module Manuals

Manuals and User Guides for Digi XBee-PRO SX RF Module. We have 2 Digi XBee-PRO SX RF Module manuals available for free PDF download: User Manual

Digi XBee-PRO SX User Manual

Digi XBee-PRO SX User Manual (236 pages)

Radio Frequency (RF) Module

Brand: Digi | Category: Control Unit | Size: 2 MB

Table of Contents

Table of Contents
4
Xbee®/Xbee-PRO SX RF Module User Guide

13
- Applicable Firmware and Hardware
  14
- Safety Instructions
  14
  - Xbee Modules
    14
Technical Specifications

16
- Regulatory Conformity Summary
  16
- Power Requirements
  16
- Networking Specifications
  16
- Performance Specifications
  17
- General Specifications
  18
- GPIO Specifications
  19
Hardware

20
- Mechanical Drawings
  21
- Pin Signals
  22
  - Pin Connection Recommendations
    24
Kit

26
Gettingstarted with the Xbee/Xbee-Prosxrfmoduledevelopment

26
Modes

34
- Transparent and API Operating Modes
  35
- Modes of Operation
  36
  - Receive Mode
    36
  - Transmit Mode
    37
  - Sleep Mode
    37
  - Command Mode
    37
Sleep Modes

41
- About Sleep Modes
  41
  - Asynchronous Modes
    41
  - Synchronous Modes
    41
- Normal Mode
  41
- Asynchronous Pin Sleep Mode
  42
- Asynchronous Cyclic Sleep Mode
  42
- Asynchronous Cyclic Sleep with Pin Wake up Mode
  42
- Synchronous Sleep Support Mode
  42
- Synchronous Cyclic Sleep Mode
  43
- The Sleep Timer
  43
- Indirect Messaging and Polling
  43
  - Indirect Messaging
    43
  - Polling
    44
- Sleeping Routers
  44
- Sleep Coordinator Sleep Modes in the Digimesh Network
  44
- Synchronization Messages
  45
- Become a Sleep Coordinator
  47
- Select Sleep Parameters
  50
- Sleep Immediate
  50
- Synchronous Pulse
  51
  - Configuration
    51
  - Accuracy
    51
- Start a Sleeping Synchronous Network
  51
- Add a New Node to an Existing Network
  52
- Change Sleep Parameters
  53
- Rejoin Nodes that Lose Sync
  54
- Diagnostics
  54
  - Query Sleep Cycle
    54
  - Sleep Status
    55
  - Missed Sync Messages Command
    55
  - Sleep Status API Messages
    55
Networking Methods

56
- The MAC and PHY Layers
  57
- 64-Bit Addresses
  57
- Make a Unicast Transmission
  58
- Make a Broadcast Transmission
  58
- Delivery Methods
  58
Serial Communication

63
- UART Data Flow
  64
  - Serial Data
    64
- SPI Signals
  64
  - Signal Description
    65
- Slave Mode Characteristics
  65
- Full Duplex Operation
  66
- Low Power Operation
  66
- Configuration Considerations
  67
- SPI and API Mode
  67
- SPI Parameters
  67
- Serial Port Selection
  67
  - Serial Receive Buffer
    68
  - Serial Transmit Buffer
    68
- UART Flow Control
  68
  - CTS Flow Control
    68
  - RTS Flow Control
    68
AT Commands

71
- Special Commands
  71
  - AC (Apply Changes)
    71
  - Software Reset)
    71
  - RE (Restore Defaults)
    71
  - WR (Write)
    71
- MAC/PHY Commands
  72
  - AF (Available Frequencies)
    72
  - CM (Channel Mask)
    72
  - MF (Minimum Frequencies)
    73
  - HP (Preamble ID)
    74
  - ID (Network ID)
    74
  - MT (Broadcast Multi-Transmits)
    74
  - BR (RF Data Rate)
    75
  - TX Power Level)
    75
    
    RR (Unicast Mac Retries)
    76
  - ED (Energy Detect)
    77
- Diagnostic Commands - MAC Statistics and Timeouts
  77
  - BC (Bytes Transmitted)
    77
  - DB (Last Packet RSSI)
    77
  - ER (Receive Count Error)
    78
  - GD (Good Packets Received)
    78
  - EA (MAC ACK Failure Count)
    78
  - TR (Transmission Failure Count)
    79
  - UA (Unicasts Attempted Count)
    79
  - H (MAC Unicast One Hop Time)
    79
  - MAC Broadcast One Hop Time)
    79
- Network Commands
  79
  - CE (Routing / Messaging Mode)
    80
  - C8 (Compatibility Options)
    80
  - BH (Broadcast Hops)
    81
  - NH (Network Hops)
    81
  - MR (Mesh Unicast Retries)
    81
    
    NN (Network Delay Slots)
    81
- Addressing Commands
  82
  - SH (Serial Number High)
    82
  - Serial Number Low)
    82
  - DH (Destination Address High)
    82
  - DL (Destination Address Low)
    83
  - TO (Transmit Options)
    83
  - NI (Node Identifier)
    83
  - NT (Network Discovery Back-Off)
    84
  - Network Discovery Options)
    84
  - CI (Cluster ID)
    85
- Diagnostic - Addressing Commands
  85
  - N? (Network Discovery Timeout)
    85
  - R? (Region)
    85
- Addressing Discovery/Configuration Commands
  86
  - AG (Aggregator Support)
    86
  - DN (Discover Node)
    86
  - ND (Network Discover)
    87
  - FN (Find Neighbors)
    88
- Security Commands
  88
- Serial Interfacing Commands
  90
  - BD (Interface Data Rate)
    90
  - NB (Parity)
    91
  - SB (Stop Bits)
    92
  - Packetization Timeout)
    92
  - FT (Flow Control Threshold)
    92
  - AP (API Enable)
    92
  - AO (API Options)
    93
- I/O Settings Commands
  93
  - D0 (Dio0/Ad0)
    93
  - D1 (Dio1/Ad1)
    94
  - D2 (Dio2/Ad2)
    94
  - D3 (Dio3/Ad3)
    95
  - D4 (Dio4)
    95
  - D5 (Dio5/Associated_Indicator)
    96
  - D6 (Dio6/Rts)
    96
  - D7 (Dio7/Cts)
    97
  - D8 (Dio8/Sleep_Request)
    97
  - D9 (Dio9/On_Sleep)
    98
  - P0 (DIO10/RSSI/PWM0 Configuration)
    98
  - P1 (DIO11/PWM1 Configuration)
    99
  - P2 (DIO12 Configuration)
    99
  - P3 (Dio13/Dout)
    100
  - P4 (Dio14/Din)
    100
  - P9 (Dio19/Spi_Attn)
    103
  - PD (Pull Direction)
    103
  - PR (Pull-Up/Down Resistor Enable)
    103
  - M0 (PWM0 Duty Cycle)
    104
  - M1 (PWM1 Duty Cycle)
    105
  - Associated LED Blink Time)
    105
  - RP (RSSI PWM Timer)
    105
- I/O Sampling Commands
  106
  - AV (Analog Voltage Reference)
    106
  - IC (DIO Change Detect)
    106
  - IF (Sleep Sample Rate)
    107
  - IR (Sample Rate)
    107
  - IS (Immediate Sample)
    108
  - TP (Board Temperature)
    108
  - Voltage Supply Monitoring)
    108
- I/O Line Passing Commands
  108
  - IU (I/O Output Enable)
    109
  - IA (I/O Input Address)
    109
  - T0 (D0 Timeout)
    109
  - T1 (D1 Output Timeout)
    110
  - T2 (D2 Output Timeout)
    110
  - T3 (D3 Output Timeout)
    110
  - T4 (D4 Output Timeout)
    110
  - T5 (D5 Output Timeout)
    111
  - T6 (D6 Output Timeout)
    111
  - T7 (D7 Output Timeout)
    111
  - T8 (D8 Timeout)
    111
  - T9 (D9 Timeout)
    112
  - Q0 (P0 Timeout)
    112
  - Q1 (P1 Timeout)
    112
  - Q2 (P2 Timeout)
    112
  - Q3 (P3 Timeout)
    113
  - Q4 (P4 Timeout)
    113
  - PWM Output Timeout)
    113
- Sleep Commands
  113
  - SM (Sleep Mode)
    113
  - SO (Sleep Options)
    114
  - SN (Number of Cycles between ON_SLEEP)
    115
  - SP (Sleep Time)
    115
  - ST (Wake Time)
    116
  - WH (Wake Host Delay)
    116
- Diagnostic - Sleep Status/Timing Commands
  116
  - SS (Sleep Status)
    116
  - OS (Operating Sleep Time)
    117
  - OW (Operating Wake Time)
    117
  - MS (Missed Sync Messages)
    118
  - SQ (Missed Sleep Sync Count)
    118
- Command Mode Options
  118
  - CC (Command Sequence Character)
    118
  - CT (Command Mode Timeout)
    119
  - CN (Exit Command Mode)
    119
  - GT (Guard Times)
    119
- Firmware Version/Information Commands
  119
  - VR (Firmware Version)
    119
  - HV (Hardware Version)
    120
  - HS (Hardware Series)
    120
    
    DD (Device Type Identifier)
    120
  - NP (Maximum Packet Payload Bytes)
    120
  - CK (Configuration CRC)
    120
Operate in API Mode

122
- API Mode Overview
  123
- Use the AP Command to Set the Operation Mode
  123
- API Frame Format
  123
  - API Operation (AP Parameter = 1)
    123
  - API Operation with Escaped Characters (AP Parameter = 2)
    124
  - Length Field
    125
  - Frame Data
    125
  - Calculate and Verify Checksums
    125
API Frames

127
- API Frame Exchanges
  128
  - AT Commands
    128
  - Transmit and Receive RF Data
    128
  - Remote at Commands
    129
  - Device Registration
    129
- Code to Support Future API Frames
  130
- 64-Bit Transmit Request - 0X00
  131
  - Description
    131
  - Format
    131
  - Examples
    132
- Local at Command Request - 0X08
  133
  - Description
    133
  - Format
    133
  - Examples
    133
- Queue Local at Command Request - 0X09
  135
  - Description
    135
  - Examples
    135
- Transmit Request - 0X10
  137
  - Description
    137
  - Transmit Options Bit Field
    138
  - Examples
    138
- Explicit Addressing Command Request - 0X11
  140
  - Description
    140
  - 64-Bit Addressing
    140
  - Reserved Endpoints
    140
  - Reserved Cluster Ids
    140
  - Reserved Profile Ids
    140
  - Transmit Options Bit Field
    141
  - Examples
    142
- Remote at Command Request - 0X17
  144
  - Description
    144
  - Format
    144
  - Examples
    145
- Secure Remote at Command Request Frame - 0X18
  147
- Modem Status - 0X8A
  150
  - Description
    150
  - Examples
    151
- Extended Transmit Status - 0X8B
  152
  - Description
    152
- Route Information - 0X8D
  154
  - Description
    154
  - Format
    154
  - Examples
    155
- Aggregate Addressing Update - 0X8E
  156
  - Description
    156
  - Examples
    156
- 64-Bit Receive Packet - 0X80
  158
  - Description
    158
  - Format
    158
  - Examples
    159
- Local at Command Response - 0X88
  160
  - Description
    160
  - Examples
    160
- Transmit Status - 0X89
  162
  - Description
    162
  - Delivery Status Codes
    163
  - Examples
    163
- Receive Packet - 0X90
  164
  - Description
    164
  - Examples
    165
- Explicit Receive Indicator - 0X91
  166
  - Description
    166
  - Examples
    167
- Node Identification Indicator - 0X95
  168
  - Description
    168
  - Examples
    169
- Remote at Command Response- 0X97
  171
  - Description
    171
  - Examples
    172
Work with Networked Devices

175
- Network Commissioning and Diagnostics
  175
- Local Configuration
  175
- Remote Configuration
  175
  - Send a Remote Command
    175
  - Apply Changes on Remote Devices
    175
  - Remote Command Response
    175
- Secure Remote at Commands
  176
  - How Secure Remote at Commands Protect the Network
    176
  - Password Protection
    176
  - Password Recovery
    176
  - Secure Remote Command Control
    177
  - Security Protections
    177
  - Secure a Network
    177
  - Software Downgrades
    178
- Establish and Maintain Network Links
  178
  - Build Aggregate Routes
    178
  - Digimesh Routing Examples
    179
  - Replace Nodes
    179
- Test Links in a Network - Loopback Cluster
  180
- Test Links between Adjacent Devices
  180
  - Example
    181
  - RSSI Indicators
    182
  - Discover All the Devices on a Network
    182
  - Trace Route Option
    183
  - NACK Messages
    184
  - The Commissioning Pushbutton
    184
  - Associate LED
    186
Monitor I/Olines

188
- Pin Configurations
  188
  - Queried Sampling
    189
- Periodic I/O Sampling
  190
- Detect Digital I/O Changes
  190
I/O Line Passing

192
- Configuration Example
  192
General Purpose Flash Memory

195
- General Purpose Flash Memory
  196
- Access General Purpose Flash Memory
  196
- General Purpose Flash Memory Commands
  197
  - PLATFORM_INFO_REQUEST (0X00)
    197
  - PLATFORM_INFO (0X80)
    197
  - ERASE (0X01)
    198
  - ERASE_RESPONSE (0X81)
    198
  - WRITE (0X02) and ERASE_THEN_WRITE (0X03)
    199
  - WRITE _RESPONSE (0X82) and ERASE_THEN_WRITE_RESPONSE (0X83)
    200
  - READ (0X04)
    200
  - READ_RESPONSE (0X84)
    201
  - FIRMWARE_VERIFY (0X05) and FIRMWARE_VERIFY_AND_INSTALL(0X06)
    201
  - FIRMWARE_VERIFY_RESPONSE (0X85)
    202
  - FIRMWARE_VERIFY _AND_INSTALL_RESPONSE (0X86)
    202
Update the Firmware Over-The-Air

204
- Over-The-Air Firmware Updates
  205
- Distribute the New Application
  205
  - Example
    205
- Verify the New Application
  206
- Install the Application
  206
  - Important Considerations
    206
Regulatory Information

207
- FCC (United States)
  208
- ISED (Innovation, Science and Economic Development Canada)
  223
  - Labeling Requirements
    223
  - Transmitters for Detachable Antennas
    223
  - Detachable Antennas
    223
- ACMA (Australia)
  224
  - Power Requirements
    224
- RSM (New Zealand)
  224
- Brazil (Anatel)
  225
- IFETEL (Mexico)
  228
  - OEM Labeling Requirements
    228
PCB Design and Manufacturing

230
- Recommended Footprint and Keepout
  230
- Design Notes
  232
  - Host Board Design
    232
  - Improve Antenna Performance
    233
  - RF Pad Version
    233
- Recommended Solder Reflow Cycle
  234
- Flux and Cleaning
  235
- Rework
  235

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Digi XBee-PRO SX User Manual

Digi XBee-PRO SX User Manual (206 pages)

Radio Frequency (RF) Module

Brand: Digi | Category: Control Unit | Size: 2 MB

Table of Contents

Table of Contents
3
Xbee®/Xbee-PRO SX RF Module User Guide

11
- Applicable Firmware and Hardware
  12
Technical Specifications

13
- Regulatory Conformity Summary
  14
- Power Requirements
  14
- Networking Specifications
  14
- Performance Specifications
  15
- General Specifications
  16
- GPIO Specifications
  17
Hardware

18
- Mechanical Drawings
  19
- Pin Signals
  20
  - Pin Connection Recommendations
    22
Getting Started with the Xbee/Xbee-PRO SX RF Module Development

23
Kit

24
Modes

31
- Transparent and API Operating Modes
  32
- Modes of Operation
  33
  - Receive Mode
    33
  - Transmit Mode
    34
  - Sleep Mode
    34
  - Command Mode
    34
Sleep Modes

37
- About Sleep Modes
  38
  - Asynchronous Modes
    38
  - Synchronous Modes
    38
- Normal Mode
  38
- Asynchronous Pin Sleep Mode
  39
- Asynchronous Cyclic Sleep Mode
  39
- Asynchronous Cyclic Sleep with Pin Wake up Mode
  39
- Synchronous Sleep Support Mode
  39
- Synchronous Cyclic Sleep Mode
  40
- The Sleep Timer
  40
- Indirect Messaging and Polling
  40
  - Indirect Messaging
    40
  - Polling
    41
- Sleeping Routers
  41
- Sleep Coordinator Sleep Modes in the Digimesh Network
  41
- Synchronization Messages
  42
- Become a Sleep Coordinator
  44
- Select Sleep Parameters
  46
- Start a Sleeping Synchronous Network
  46
- Add a New Node to an Existing Network
  47
- Change Sleep Parameters
  48
- Rejoin Nodes that Lose Sync
  48
- Diagnostics
  49
  - Query Sleep Cycle
    49
  - Sleep Status
    49
  - Missed Sync Messages Command
    50
  - Sleep Status API Messages
    50
Networking Methods

51
- The MAC and PHY Layers
  52
- 64-Bit Addresses
  52
- Make a Unicast Transmission
  53
- Make a Broadcast Transmission
  53
- Delivery Methods
  53
Serial Communication

58
- UART Data Flow
  59
  - Serial Data
    59
- SPI Signals
  59
  - Signal Description
    60
- Slave Mode Characteristics
  60
- Full Duplex Operation
  61
- Low Power Operation
  61
- Configuration Considerations
  62
- SPI and API Mode
  62
- SPI Parameters
  62
- Serial Port Selection
  62
  - Serial Receive Buffer
    63
  - Serial Transmit Buffer
    63
- UART Flow Control
  63
  - CTS Flow Control
    63
  - RTS Flow Control
    63
AT Commands

64
- Special Commands
  65
  - AC (Apply Changes)
    65
  - FR (Software Reset)
    65
  - RE (Restore Defaults)
    65
  - WR (Write)
    65
- MAC/PHY Commands
  66
  - AF (Available Frequencies)
    66
  - CM (Channel Mask)
    66
  - MF (Minimum Frequencies)
    67
  - HP (Preamble ID)
    68
  - ID (Network ID)
    68
  - MT (Broadcast Multi-Transmits)
    68
  - BR (RF Data Rate)
    68
  - PL (TX Power Level)
    69
    
    RR (Unicast Mac Retries)
    70
- Diagnostic Commands - MAC Statistics and Timeouts
  70
  - BC (Bytes Transmitted)
    70
  - DB (Last Packet RSSI)
    70
  - ER (Receive Count Error)
    71
  - GD (Good Packets Received)
    71
  - EA (MAC ACK Failure Count)
    71
  - TR (Transmission Failure Count)
    71
  - UA (Unicasts Attempted Count)
    71
  - H (MAC Unicast One Hop Time)
    72
  - MAC Broadcast One Hop Time)
    72
- Network Commands
  72
  - CE (Routing / Messaging Mode)
    72
  - BH (Broadcast Hops)
    73
  - NH (Network Hops)
    73
  - MR (Mesh Unicast Retries)
    73
    
    NN (Network Delay Slots)
    74
- Addressing Commands
  74
  - SH (Serial Number High)
    74
  - SL (Serial Number Low)
    74
  - DH (Destination Address High)
    74
  - DL Command
    75
  - TO (Transmit Options)
    75
  - NI (Node Identifier)
    76
  - NT (Network Discovery Back-Off)
    76
  - NO (Network Discovery Options)
    76
  - CI (Cluster ID)
    77
- Diagnostic - Addressing Commands
  77
  - N? (Network Discovery Timeout)
    77
- Addressing Discovery/Configuration Commands
  78
  - AG (Aggregator Support)
    78
  - DN (Discover Node)
    78
  - ND (Network Discover)
    79
  - FN (Find Neighbors)
    79
- Security Commands
  80
  - EE (Encryption Enable)
    80
  - KY (AES Encryption Key)
    80
- Serial Interfacing Commands
  81
  - BD (Interface Data Rate)
    81
  - NB (Parity)
    82
  - SB (Stop Bits)
    82
  - RO (Packetization Timeout)
    83
  - FT (Flow Control Threshold)
    83
  - API Enable
    83
  - AO (API Options)
    84
- I/O Settings Commands
  84
  - D0 (Dio0/Ad0)
    84
  - D1 (Dio1/Ad1)
    85
  - D2 (Dio2/Ad2)
    85
  - D3 (Dio3/Ad3)
    86
  - D4 (Dio4)
    86
  - D5 (Dio5/Associated_Indicator)
    87
  - D6 (Dio6/Rts)
    87
  - D7 (Dio7/Cts)
    88
  - D8 (Dio8/Sleep_Request)
    88
  - D9 (Dio9/On_Sleep)
    89
  - P0 (DIO10/RSSI/PWM0 Configuration)
    89
  - P1 (DIO11/PWM1 Configuration)
    90
  - P2 (DIO12 Configuration)
    90
  - P3 (Dio13/Dout)
    91
  - P4 (Dio14/Din)
    91
  - P6 (SPI_MOSI Configuration)
    92
  - P5 (Dio15/Spi_Miso)
    92
  - P9 (Dio19/Spi_Attn)
    93
  - P7 (Dio17/Spi_Ssel )
    93
  - PD (Pull Direction)
    94
  - PR (Pull-Up/Down Resistor Enable)
    94
  - M0 (PWM0 Duty Cycle)
    95
  - M1 (PWM1 Duty Cycle)
    95
  - LT (Associate LED Blink Time)
    96
  - RP (RSSI PWM Timer)
    96
- I/O Sampling Commands
  96
  - AV (Analog Voltage Reference)
    96
  - IC (DIO Change Detect)
    97
  - IF (Sleep Sample Rate)
    97
  - IR (Sample Rate)
    98
  - TP (Board Temperature)
    98
  - Voltage Supply Monitoring)
    98
- I/O Line Passing Commands
  98
  - IU (I/O Output Enable)
    99
  - IA (I/O Input Address)
    99
  - T0 (D0 Timeout)
    99
  - T1 (D1 Output Timeout)
    99
  - T2 (D2 Output Timeout)
    100
  - T3 (D3 Output Timeout)
    100
  - T4 (D4 Output Timeout)
    100
  - T5 (D5 Output Timeout)
    100
  - T6 (D6 Output Timeout)
    101
  - T7 (D7 Output Timeout)
    101
  - T8 (D8 Timeout)
    101
  - T9 (D9 Timeout)
    101
  - Q0 (P0 Timeout)
    101
  - Q1 (P1 Timeout)
    102
  - Q2 (P2 Timeout)
    102
  - Q3 (P3 Timeout)
    102
  - Q4 (P4 Timeout)
    102
  - PT (PWM Output Timeout)
    102
- Sleep Commands
  103
  - SM (Sleep Mode)
    103
  - SO (Sleep Options)
    104
  - SN (Number of Cycles between ON_SLEEP )
    104
  - SP (Sleep Time)
    105
  - ST (Wake Time)
    105
  - WH Command
    105
- Diagnostic - Sleep Status/Timing Commands
  106
  - SS (Sleep Status)
    106
  - OS (Operating Sleep Time)
    107
  - OW (Operating Wake Time)
    107
  - MS (Missed Sync Messages)
    107
  - SQ (Missed Sleep Sync Count)
    107
- Command Mode Options
  107
  - CC (Command Character)
    108
  - CT (Command Mode Timeout)
    108
  - GT (Guard Times)
    108
- Firmware Version/Information Commands
  108
  - VR (Firmware Version)
    108
  - HV (Hardware Version)
    109
  - HS (Hardware Series)
    109
  - DD (Device Type Identifier)
    109
  - NP (Maximum Packet Payload Bytes)
    109
  - CK (Configuration CRC)
    109
Operate in API Mode

111
- API Mode Overview
  112
- Use the AP Command to Set the Operation Mode
  112
- API Frame Format
  112
  - API Operation (AP Parameter = 1)
    112
  - API Operation with Escaped Characters (AP Parameter = 2)
    113
  - Length Field
    114
  - Frame Data
    114
  - Calculate and Verify Checksums
    114
- API Frames
  115
  - API Frame Exchanges
    116
  - Code to Support Future API Frames
    118
  - Legacy TX Request Frame - 0X00
    119
  - AT Command Frame - 0X08
    121
  - AT Command - Queue Parameter Value Frame - 0X09
    122
  - Transmit Request Frame - 0X10
    124
  - Explicit Addressing Command Frame - 0X11
    126
  - Remote at Command Request Frame - 0X17
    129
  - Modem Status Frame - 0X8A
    131
  - Transmit Status Frame - 0X8B
    132
  - Route Information Packet Frame - 0X8D
    134
  - Aggregate Addressing Update Frame - 0X8E
    137
  - Legacy RX Indicator Frame - 0X80
    139
  - AT Command Response Frame - 0X88
    141
  - Legacy TX Status Frame - 0X89
    143
  - RX Indicator Frame - 0X90
    144
  - Explicit Rx Indicator Frame - 0X91
    146
  - Node Identification Indicator Frame - 0X95
    148
  - Remote Command Response Frame - 0X97
    151
Work with Networked Devices

153
- Network Commissioning and Diagnostics
  154
- Local Configuration
  154
- Remote Configuration
  154
  - Send a Remote Command
    154
  - Apply Changes on Remote Devices
    154
  - Remote Command Response
    154
- Establish and Maintain Network Links
  155
  - Build Aggregate Routes
    155
  - Digimesh Routing Examples
    155
  - Replace Nodes
    156
- Test Links in a Network - Loopback Cluster
  156
- Test Links between Adjacent Devices
  157
  - Example
    158
  - RSSI Indicators
    159
  - Discover All the Devices on a Network
    159
  - Trace Route Option
    160
  - NACK Messages
    161
  - The Commissioning Pushbutton
    161
  - Associate LED
    163
Monitor I/O Lines

164
- Pin Configurations
  164
  - Queried Sampling
    165
- Periodic I/O Sampling
  166
- Detect Digital I/O Changes
  166
I/O Line Passing

168
- Configuration Example
  168
- General Purpose Flash Memory
  170
- General Purpose Flash Memory
  171
Access General Purpose Flash Memory

171
- General Purpose Flash Memory Commands
  172
  - PLATFORM_INFO_REQUEST (0X00)
    172
  - PLATFORM_INFO (0X80)
    172
  - ERASE (0X01)
    173
  - ERASE_RESPONSE (0X81)
    173
  - WRITE (0X02) and ERASE_THEN_WRITE (0X03)
    174
  - WRITE _RESPONSE (0X82) and ERASE_THEN_WRITE_RESPONSE (0X83)
    175
  - READ (0X04)
    175
  - READ_RESPONSE (0X84)
    176
  - FIRMWARE_VERIFY (0X05) and FIRMWARE_VERIFY_AND_INSTALL(0X06)
    176
  - FIRMWARE_VERIFY_RESPONSE (0X85)
    177
  - FIRMWARE_VERIFY _AND_INSTALL_RESPONSE (0X86)
    177
Update the Firmware Over-The-Air

179
- Over-The-Air Firmware Updates
  179
- Distribute the New Application
  179
  - Example
    179
- Verify the New Application
  180
- Install the Application
  180
  - Important Considerations
    180
Regulatory Information

181
- FCC (United States)
  182
- Industry Canada (IC)
  194
  - Labeling Requirements
    194
  - Transmitters for Detachable Antennas
    194
  - Detachable Antennas
    194
- ACMA (Australia)
  195
  - Power Requirements
    195
- RSM (New Zealand)
  195
- Brazil (Anatel)
  195
PCB Design and Manufacturing

199
- Recommended Footprint and Keepout
  200
- Design Notes
  202
  - Host Board Design
    202
  - Improve Antenna Performance
    203
    
    Recommended Solder Reflow Cycle
    204
    
    Flux and Cleaning
    205

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